Method of manufacturing a thin layer detector for an integrating

Coating processes – Electrical product produced – Fluorescent or phosphorescent base coating

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427 71, 427157, 427189, 427190, 427205, 427292, 427293, 427423, 427194, 427309, 427261, 2504841, G01T 111, B05D 500

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045101744

ABSTRACT:
A method of manufacturing a thin layer detector for integrating solid state dosimeters, in particular for thermoluminescence dosimeters (TLD's), from thermoluminescent powder material, comprising the simultaneous application of high pressure and elevated temperature to the powder layer at selected values (working point) sufficient to cause physico-chemical bonding of the layer with a suitably prepared substrate by plastic flow of the powder grains.

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M. Petel and G. Holzapfel, ".alpha./.beta.-Al.sub.2 O.sub.3 Exoelectron Emitters for Dosimetry", (reprint) Proceedings of the 5th International Symposium on Exoelectron Emission and Dosimetry, Zvikov, Sep. 1976, pp. 142-146.
M. Petel and G. Holzapfel, "Flame-Sintered Ceramic Exoelectron Dosimeter Samples", Proceedings of the VIth International Symposium on Exoelectron Emission and Applications, Oct. 8-13, 1979, Part II, pp. 169-170.
M. Petel and G. Holzapfel, "Exoemissive Properties of a Mixture of Aluminium oxides in a .alpha. and .beta. Phases: Dosimetry Applications", Proceedings, IVth International Congress, IRPA, Paris, Apr. 24-30, 1977, pp. I289-I292.
G. Holzapfel et al, "Optimization of Flame-Sintered Al.sub.2 O.sub.3 Exoelectron Dosimetry Materials", Nuclear Instruments and Methods, (1980) pp. 115-116.
G. Holzapfel et al, "Comparative TL-TSEE Measurements on Flame-Sintered Lif TLD Materials", Nuclear Instruments and Methods, (1980) pp. 107-108.
M. Petel and G. Holzapfel "Exoelectron Emission from Plasma Flame Sprayed Crystalline .alpha./.beta.-Alumina Mixtures", Lectures of the Vth Polish Seminar on Exoelectron Emission and Related Phenomena Karpacz, Poland 1978, pp. 1-5.

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